I am a Postdoctoral Research Associate and applied mathematician specialising in fluid dynamics across a broad range of Reynolds numbers. My research spans scales from large-scale ocean wave–structure interactions at high Reynolds numbers to microscale biological flows at low Reynolds numbers. I completed a joint PhD in Applied Mathematics at the University of Melbourne and the University of Manchester, where my research focused on mathematical modelling of fluid flow around coral surfaces and the role of microscale hydrodynamics in nutrient and food transport.

My current research focuses on mathematical modelling of inertial microfluidic systems, with the aim of advancing our fundamental understanding of microscale fluid dynamics and developing insights for emerging engineering and biomedical applications.